High Quality Natural Mica Rocks Painting and Coating Dry and Wet Mica Powder

• Type: Muscovite
• Application: Well Drilling, Decorations, Cosmetics, Fire Protection, Electric Welding Rod, Coating, Painting, Rubber
• Size: 10-60 Mesh
• Density: Low
• Transport Package: PE Bag
• Specification: 10-20MESH, 20-40MESH, 1-3MM
• Model NO.: 20-40mesh, 40-60mesh, 200mesh, 325mesh
• Trademark: HAOGESI
• Origin: Hebei
• HS Code: 25252000
• Production Capacity: 10000mts

Product Description

Mica is a thermal stable insulating material in the welding-rod coatings industries and also used in caulking compounds, lubricants, greases, dry-powder fire extinguishers, as a thin coating on rubber surfaces to overcome tackiness and sticking, In exterior house paints reduces running and sagging, and improves weatherability. The addition of mica to all types of sealers for porous surfaces (such as wallboard, masonry, and concrete blocks) greatly reduces penetration and improves holdout. The inclusion of mica in road and highway paints improves wearability, gives good adhesion, and reduces flaking and cracking, also used to coat wallpaper because it imparts an attractive silky or pearly luster, used predominantly in paint, plastics and rubber.
We supply muscovite, phlogopite, sericite, biotite and mica powder(dry mica powder and wet mica powder).
 

Chemical composition	SiO2	Al2O3	K2O	Fe2O3	CaO	Na2O	MgO	H2O
Contents(%)	47.32	33.25	11.82	1.81	0.03	0.96	0.91	2.7

Muscovite
Chemical components
Physical properties:

Density (g/m3)	Refractive index	Whiteness (%)	Moisture (%)	Radius-thickness ratio	Heat Resistance (° C)	L.O.I. (%)
2.80	1.60	70-80	<1%	>60	1300	2.82-2.9

Phlogopite
Chemical components:

Components	SiO2	Al2O3	MgO	K2O	H2O
Contents%	36-45	10-17	19-27	7-10	<1

Physical properties:

Density(g/cm3)	Transparency (%)	Mosshardness	Whiteness	Refractive index	Coefficient of elasticity (10 6Pa)
2.7-2.9	0-25.5	2.78-2.85	60-70	1.6-1.55	1394.5-1874

Sericite
chemical components:

Components	SiO2	Al2O3	K2O+Na2O	H2O
Contents%	43.13~49.04	27.93~37.44	9~11	4.13~6.12

Biotite
chemical components:

Components	SiO2	Al2O3	K2O	MgO	Na2O	S	P	Burn
Contents%	45.02	10.46	10.18	16.88	0.46	2.43	0.34	1.93

mica powder
Wet mica powder physical and chemical indicators:

Size	Screen margin (%)	Sand Content (%)	Bulk density (g/cm3)	Water content (%)	Loss on Ignition (%)	Whiteness	Radius-thickness ratio
125um (120 mesh)	250um <0.1 125um	<3.0	≤1.0	≤0.3	≤1.0	≤4.3	>70
90um (160 mesh)	180um< 0.190um	<5.0	≤1.0	≤0.25
75um (200 mesh)	150um< 0.1 75um	<5.0	≤0.6	≤0.23
45um (325mesh)	112um< 0.145um	<5.0	≤0.5
38um (400mesh)	75um< 0.1 38um	<5.0	≤0.5

Dry mica powder physical and chemical indicators:

Size	Screen margin (%)	Fe contents 1X10"	Sand Content (%)	Bulk density (g/cm3)	Water content (%)	Whiteness	Radius-thickness ratio
900um (20 mesh)	≤0.5	≤400	≤0.5	≤3.0	≤1.0	>60	>60
450um(40 mesh)	≤0.5	≤400	≤1.0	≤3.0
300um(60 mesh)	≤0.5	≤800	≤1.0	≤3.0
150um(100mesh)	≤0.5	≤800	≤1.0	≤0.25
75um (200mesh)	≤1.0	≤800	≤1.0	≤0.25
45um(325mesh)	≤2.0	≤400	≤1.0	≤0.22
35um(400mesh)	≤5.0	≤400	≤0.5	≤0.22
28um(500mesh)	≤5.0	≤300	≤0.5	≤0.22
23um(600mesh)	≤5.0	≤300	≤0.5	≤0.22
18um(800mesh)	≤10.0	≤300	≤0.5	≤0.22
13um(1000mesh)	≤10.0	≤300	≤0.5	≤0.22

Grain Size Distribution:

Size	+20	+40	+60	+100	+200	+325	-325	Sand Content	Iron Content
								%	PPM
20 mesh	5	70±5	25±5	≤10	≤5			≤0.5	≤100
40 mesh		≤1	55±5	40±5	≤10			≤1	≤400
60 mesh		≤0.01	≤1	45±5	45±5	≤15		≤1.5	≤800
100 mesh			≤0.01	≤1	35±5	35±5	≤35	≤1.5	≤1000

Applications:
1. It can be used in cosmetic industry.
2. It is prior filler in paint and coating.
3. It is applied in protecting layer of welding rods, conducting wires and electric cables.
4. It is the basic raw material for mica porcelain products.
5. It can be used as suspended substance in fire-fighting dry powder.
6. It can be taken as filler, shelter, lubricating substance, a drawing of patterns in plastics, rubber, asbestos products and sealing materials.
7. It can also be used as filler in insulating materials of high-frequent electric waves and acid-durable products.
8. It can be used as coating in models of forecasting metal, the brightening material in aluminum and paint in electroplating.